EmbryoPhenomics: an approach to studying developing aquatic embryos


Oliver_Tills
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Overview

Phenotyping remains a key bottleneck in many areas of biology, and this contrasts sharply with the automated and high-throughput approaches for molecular-omics. Embryos have high levels of temporal, spatial and functional diversity, making traditional approaches to phenotyping particularly suboptimal. Our lab develop tools to enable us to study the development of early life stages of a wide range of species, including snails, prawn and fish. We use approaches including 3D printing, computer vision, artificial intelligence and battery-powered electronics and are strong advocates for open-source.

Repositories

OpenVIM

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Institute for Biological and Medical Engineering at Pontificia Universidad Catolica de Chile
San Joaquin Campus - Ave Vicuña Mackenna 4860, Macul, Santiago, Chile

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